1,721,214 research outputs found

    Improvement of the environmental and economic characteristics of the rotary cooling tower

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    Heat Transfer Lab report ; no. 80047-99Sponsored by Empire State Electric Energy Research Corporation, New York

    New electric utility management and control systems : proceedings of conference, held in Boxborough, Massachusetts, May 30-June 1, 1979

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    "This work was supported by the Center for Energy Policy Research and the Electric Power Systems Engineering Laboratory of the Massachusetts Institute of Technology.

    Controlling acid deposition by seasonal gas substitution in coal- and oil-fired power plants

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    Thesis (M.S.)--Massachusetts Institute of Technology, Sloan School of Management, 1986.Includes bibliographical references.Research performed at the MIT Energy Laboratory with support of the Electric Utility Program.Gary Galeucia

    Field analysis of groundwater for volatile organic contaminants using on-column aqueous injection capillary gas chromatography

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    Includes bibliographical references.Sponsored by Northeast Utilities Service Company, Southern California Edison Company, Empire State Electric Energy Research Corporation, American Power Service Company, Standard Oil Company and New England Power Service Company under the MIT Energy Laboratory Utilites Program.by John K. McFarlane and Philip M. Gschwend

    LWR fuel performance analysis : fuel cracking and relocation

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    "Final report for research project sponsored by Northeast Utilities Service Company, Yankee Atomic Electric Co. under the MIT Energy Laboratory Electric Utility Program.

    Development and testing of three dimensional, two-fluid code THERMIT for LWR core and subchannel applications

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    At head of title: Energy Laboratory and Dept. of Nuclear Engineering.Sponsored by Boston Edison Company and others under MIT Energy Laboratory Electric Utility Program

    An analysis of exposure panel data collected at Millstone Point, Connecticut

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    Published jointly by Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics, Dept. of Civil Engineering, Massachusetts Institute of TechnologySponsored by Northeast Utilities Service Company, New England Power Service Company under the MIT Energy Laboratory Electric Power Program

    The comparison of available data on PWR assembly thermal behavior with analytical predictions

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    "PB-299 393." Topical report for Task #3 of the Nuclear Reactor Safety Research Program sponsored by New England Electric System, Northeast Utilities Service Co. under the MIT Energy Laboratory Electric Power Program.New England Electric System. Northeast Utilities Service Co

    The consumer response to photovoltaics: the MIT Sun Day experience

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    This paper reports on the results of the MIT Energy Laboratory Sun Day PV study. This study continued our assessment of likely market response to photovoltaics. The Sun Day exhibit attracted a high proportion of solar inno- vators. The study determined that the key issues relating to PV preference are - economical and ecological soundness - complexity of the system and - secondary benefits. A key result is that this population is much more receptive to PV than were populations previously studied, but we were not able to identify external characteristics associated with that innovativeness.Prepared for the U.S. Dept. of Energy under Contract no. EX-76-A-01-2295, Task order 37

    A condensed review of nuclear reactor thermal-hydraulic computer codes for two-phase flow analysis

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    A review is made of the computer codes developed in the U.S. for thermal-hydraulic analysis of nuclear reactors. The intention of this review is to compare these codes on the basis of their numerical method and physical models with particular attention to the two-phase flow and heat transfer characteristics. A chronology of the most documented codes such as COBRA and RELAP is given. The features of the recent codes as RETRAN, TRAC and THERMIT are also reviewed. The range of application as well as limitations of the various codes are discussed.Sponsored by Boston Edison Company and others under MIT Energy Laboratory Electric Utility Program
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